The milk filling machine with servo magnetic gear pump is a kind of equipment specially used for milk filling. The following is its relevant introduction:
The magnetic gear pump consists of parts such as the pump head, magnetic drive, electric motor, and base. The electric motor drives the outer magnetic rotor to rotate. The magnetic field penetrates the isolation sleeve and drives the inner magnetic rotor and the impeller to rotate synchronously, realizing non-contact power transmission, converting dynamic seals into static seals, and preventing leakage. Under the action of the magnetic gear pump, materials are transported from the storage tank through pipelines to the filling head and accurately filled into milk containers according to the set amount.
Hopper: Located at the upper part of the equipment, it is used to store the milk to be filled and provides a continuous material supply for filling.
U-shaped Pipeline: It connects the hopper and the magnetic pump, balances the pressure, and stabilizes the flow of milk.
Magnetic Pump: It is the core component, including the pump body, front flange, rear flange, and magnetic gear assembly, etc. It realizes the transportation of milk through magnetic drive.
Servo Motor: It provides power for the magnetic pump, drives the gears inside the pump body to rotate, drives the flow of milk, can accurately control the rotation speed and flow rate, and ensures the filling accuracy.
Filling Head: Located at the lower part of the equipment, it accurately fills the milk delivered from the magnetic pump into containers. Its design affects the filling accuracy and speed.
High Filling Accuracy: The magnetic gear pump can accurately control the amount of milk delivered, with a small filling error, which can ensure that the filling amount of each bottle of milk reaches the set value and meets the requirements of high-quality milk production.
Strong Universality: It is applicable to the filling of various liquids, including milk and other non-granular liquids, such as beverages, seasonings, etc. It can also handle high-viscosity and highly corrosive liquids, but it needs to be thoroughly cleaned after filling milk.
Easy to Operate: It adopts automatic control and can realize manual or foot-operated intermittent filling or automatic intermittent filling. The intermittent time is adjustable, and it is easy for operators to use.
Easy to Clean: It has a simple structure. Most of the parts in contact with milk are made of easy-to-clean materials such as stainless steel, which is convenient for maintenance and meets food hygiene standards.
Stable Operation: The magnetic drive method avoids the wear and failure of traditional mechanical connections, has stable operation, a long service life, and reduces equipment maintenance and replacement costs.
It is widely used in the milk filling production lines of the dairy industry and is also applicable to the liquid filling production in other industries such as food, beverages, and chemicals.
